![]() ![]() ![]() This is bizarre, because high-level languages, like Rust, sacrifice performance for readability and ease of use. Fortran 90, C, and C++ are all at the top of the list, but Rust is between these languages in second place, only six milliseconds away from first. In a comparison of programming language speed when calculating pi 100 million times, all of the top performers lack garbage collectors. Because of this, the fastest languages are often older, one of the reasons being a lack of a garbage collector. While garbage collection is helpful, it can slow down performance by an order of magnitude. While a program is running, the garbage collector goes through the code, finds pieces of the code that are no longer needed, and frees the memory that they are stored in. Traditional high-level languages use something called a garbage collector. Rust aims to have C’s speed and low-level control, but the readability and ease of use of Python. Emphasis should be placed on the “love” part of that statement, as Rust has ranked #1 as the “most loved” language by developers since 2016, according to the Stack Overflow Developer Survey. The language continued development and eventually became the Rust we know and love today. After seeing its potential, Mozilla began sponsoring the project in 2009. The Rust Programming Language was first created in 2006 by Graydon Hoare, a Mozilla employee. However, in recent years, one language has come up with solutions to all these problems: Rust. Python lacks granular system control, C is incredibly insecure, Javascript runs the modern web but lacks basic functionality that’s often expected of a programming language, Java is plagued with bloat that makes for a poor developer experience, and C++ is a good language but overly complex. Each of these examples has a plethora of problems. All of these languages are used worldwide in almost every single device you touch, but they are not without fault. Popular options include Python, C, Javascript, Java, C++, and thousands more. When writing a program, there are several different options for languages to write it in, each lending their own unique strengths for different projects and situations. As you may have guessed, we use programming languages to write programs, which are sets of logical instructions for the computer to execute. A programming language is, simply put, a language that helps humans communicate with computers. Writing any program completely in binary would take an intimate knowledge of the operating system that almost no one possesses, so a medium between humans and computers is required. Now, as you can imagine, binary is not very understandable to humans. This is the language of computers, also known as binary or machine code. ![]() ![]() And that’s how a computer works at its core an extensive collection of logic gates and circuits that somehow compound into the complex machines that most people know them as. Abstracted completely, computers are just sand that man tricked into thinking through millions of 1’s and 0’s. But how can computers understand us? At their most basic level, computers don’t even come close to speaking English. Almost everybody has used a computer before whether it be for work, school, or even personal leisure, computers have managed to work their way into each of our daily lives. ![]()
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